短暂肌电运动：改造Myo臂环以控制一次性气动雕塑
Ephemeral Myographic Motion: Repurposing the Myo Armband to Control Disposable Pneumatic Sculptures
AI总结：
本研究利用淘汰的Myo肌电臂环与Programmable Air软机器人平台，结合一次性材料制成气动动态雕塑，产出可复用软硬件与零件库，探索了废弃电子设备的复兴与一次性用品的可持续转化。
摘要：
本文详细介绍了一款由淘汰硬件技术与可有意分解的临时性材料构建的交互式雕塑的开发过程。我们详述了“Strain”这一情感化原型的案例研究，该原型回收利用两件被弃用的数字人工制品，为用常见一次性物品制成的动态雕塑提供动力。我们将已停产的肌电臂环Myo与软机器人原型制作项目Programmable Air配合使用，操控由安全套、竹签以及一套专为这些通用部件设计的3D打印PLA塑料连接件组成的气动气囊阵列。最终制成的雕塑实现了出人意料的有机驱动效果。该项目的目标是产出若干可复用组件：用于复活Myo臂环的软件、适用于Programmable Air或同类气动项目的稳态软件，以及一套可轻松打印、能与通用竹制一次性用品配合使用的雕塑原型制作零件库。本项目致力于通过将工程技术应用于能唤起观众强烈情感反应的略带奇趣的物件，开发出实用、可重复的工程方案。借此，我们将一次性用品转化为可持续资源。本文还反思了从项目中获得的、关于拯救和复兴被弃消费电子设备以用于未来作品的洞见。
英文摘要：
This paper details the development of an interactive sculpture built from deprecated hardware technology and intentionally decomposable, transient materials. We detail a case study of "Strain" - an emotive prototype that reclaims two orphaned digital artifacts to power a kinetic sculpture made of common disposable objects. We use the Myo, an abandoned myoelectric armband, in concert with the Programmable Air, a soft-robotics prototyping project, to manipulate a pneumatic bladder array constructed from condoms, bamboo skewers, and a small library of 3D printed PLA plastic connectors designed to work with these generic parts. The resulting sculpture achieves surprisingly organic actuation. The goal of this project is to produce several reusable components: software to resuscitate the Myo Armband, homeostasis software for the Programmable Air or equivalent pneumatic projects, and a library of easily-printed parts that will work with generic bamboo disposables for sculptural prototyping. This project works to develop usable, repeatable engineering by applying it to a slightly whimsical object that promotes a strong emotional response in its audience. Through this, we transform the disposable into the sustainable. In this paper, we reflect on project-based insights into rescuing and revitalizing abandoned consumer electronics for future works.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
